The Superfalls pumps are your
best choice for a centrifugal pump for your pond. Consider the following: Lower
noise levels, lower initial cost, lower energy consumption, 2" inlets and
outlets give higher flow rates, and greater
energy cost savings... all point to Superfalls as the pump of choice for your next pump!
See
how much money Superfalls pumps can save you!

SUPERFALLS LOW HEAD CENTRIFUGAL PUMPS: KOI JOY has
energy efficient centrifugal pumps available in our
exclusive 115 -183 gpm series of Super-Energy-Efficient (low head) pumps. These
pumps are extremely energy efficient, with GPA (gallons/amp) efficiency ratings of
20-45.
This means that when you select one of our Superfalls pumps for your pond, aquaculture
system, lap pool, or any other water recirculating system, you will get the maximum flow
possible at the lowest operating cost possible! Our KJ11000LHC model draws
less current
and pumps more water than almost any other pond pump available. And best of all,
this model is flow adjustable with the 2 inch flow control valve that comes with
the pump! This pump is truly a one pump fits all ponds! Low head
pumps such as these are perfect for use from 0-14 ft head and flow can be
reduced to make any waterfall look and sound perfect!

New!

Now available, our SF5000LHC-PSC and our SF7000LHC-PSC Models of SuperFalls
pumps. The PSC designation denotes a shorter, very reliable, PSC type motor, operating with
15% less
power and fitting into a smaller space (more than 2 inches shorter) than the
standard model of pump using a standard 48 frame split phase motor. For a
discussion on motor types, advantages, etc. Check out our motor
discussion below.

SUPERFALLSKJ11000LHCLOW HEAD Best
Choice!

Choose the KJ11000LHC model for all sizes of ponds. For smaller
ponds, reduce the flow as needed with the 2" flow control valve
provided at no charge. This model of pump has a shut off head
(elevation of no flow) of 18 feet. Use the KJ11000LHC with
total head pressures up to 14 ft or less. Note: We can now offer
two choices for your SuperFalls pumps.

Currently we can offer the
more efficient and reliable PSC type of motor for our SuperFalls pumps up to the
KJ7000 model. When ordering any model up to 5000, 7000 or 9000 , simply add PSC to the end of
the the model #, as in KJ7000LHC-PSC.

Split Phase Motors - Very
reliable motors for pond and pool pumps. Uses a switch device to
offer high torque for starting power, which then shifts to lower torque
(and power consumption) for continuous running.

A split-phase
motor uses a switching mechanism that disconnects the start
winding from the main winding when the motor comes up to about 75% of
rated speed. In most cases, it is a centrifugal switch on the motor
shaft.

The split-phase
motor's simple design makes it typically less expensive than
other single-phase motor types made for industrial use. However, it also
limits performance. Starting torques are low, typically 100% to 175% of
rated load. Also, the motor develops high starting currents,
approximately 700 to 1,000% of rated. Consequently, prolonged starting
times cause the start winding to overheat and fail; so don't use this
motor if you need high starting torques.

Permanent Start Capacitor (PSC)-
Very reliable motors for pond and pool pumps. Uses
lower torque for start and running, resulting in lower energy
consumption (about 15% less), and because it
doesn't require or use switching, it eliminates that possible failure
mode.
A psc type motor is by nature, more sensitive to voltage fluctuations,
and performance is more likely to be affected when voltage drops more
than a few percent. If your use involves voltage swings, use the
standard 1/4 hp Split Phase model of motor.

PSC
motors have several advantages. They need no starting mechanism and so
can be reversed easily. Designs can be easily altered for use with
speed controllers. They can also be designed for optimum efficiency
and high power factor at rated load. And they're considered to be the
most reliable of the single phase motors, mostly because no starting
switch is needed. For these reasons, PSC type motors normally have a
higher cost.

Motor Sizes

48 Frame - A
common size of motor used for pump for ponds, pools, irrigation systems,
etc. Refers to the diameter of the motor, with 48 frame being smaller
than 56 frame.

56 Frame - A
common size of motor used for pump for ponds, pools, irrigation systems,
etc. Refers to the diameter of the motor, with 48 frame being smaller
than 56 frame. Increase size usually results in greatly increased
cost, with little bearing on reliability. Increase frame size of
course also means a much larger sized pump and auxiliary
equipment.

Motor Speed (rpm)

3450 rpm (2800 in Europe)- Pump
discharge pressure and flow is directly related to motor speed. Pressure
can be measured in psig, or in feet of water head (pressure). Each psig
would be equal to 2.2 feet of head (static water pressure), or 10 psig
of water pressure could also be denoted as 22 foot of water pressure.
The pressure which is created by pumps operating at 3450 rpm in the US
(60 hz power in the US) or 2800 rpm in Europe (50 hz power in Europe) is
usually referred to as medium head pressure, and hence the pump
is identified as a medium head pump (creating medium pressure).
Increased rpm and pressure comes at an electrical cost by requiring use
of high horse power motors and resultant increased heat. This may result
in higher failure rates. Due to decreased rpm for pumps in Europe, pump
pressures and flow will be less.

1720 rpm (1400 in Europe)- Pump
discharge pressure and flow rates are directly related to
motor speed. Pressure can be measured in psig, or in feet of water head
(pressure). Each psig would be equal to 2.2 feet of head (static water
pressure), or 10 psig of water pressure could also be denoted as 22 foot
of water pressure. The pressure which is created by pumps operating at
1720 rpm in the US (60 hz power in the US) or 1400 rpm in Europe (50 hz
power in Europe) are usually referred to as low head, and hence the pump
is identified as a low head pump (creating low discharge pressure). Due
to decreased rpm for pumps in Europe, pump pressures and flows will be
less.

Low rpm or speed motors usually use
fractional horse power motors, which consume much less electricity
(amps and watts), and less heat. They are therefore usually
thought of as being much more reliable.

Suction or Discharge
manifold with one Unions and 3 suction or discharge ports

10-man242-U

$65.48 ea.

Suction or Discharge
manifold with 4 suction ports or discharge ports

10-man255-2U3T

$69.06, 5 ports, 2 unions

$89.03 with 3 tail pieces

Suction manifold for 2
pumps, with 3 Tailpieces for 3 leaf traps*

*Items may be shipped unassembled, but are easily glued
together.

BUY
NOW! 1-800-497-3627, 24 hours a day

*All Superfalls Centrifugal pumps (except
for the low head plus models), can be installed to
discharge in any of 4 directions for ease of installation. Install to discharge left,
right, up, or down as needed. No longer do you have to glue on elbows at the pump
outlet.

Now all Superfalls low head pumps (except for the low head
plus models), can easily be upgraded up to 183 gpm with the new super quiet and
efficient motor. Purchase the pump with the flow you
need now and if you need more flow later, order a larger wet end to easily increase the
flow. This simple modification can be done by anyone by loosening 4
bolts, rotating the
pump, and re-tightening the bolts. If preferred, The SuperFalls or SuperPond
will make the conversion
at low cost.

The new lower energy 1/4 hp model, comes wired with cord
and plug for 115
volts (as shipped), but can easily be changed to 230 volts if desired! This allows you
to plug them into a heavy duty extension cord for emergency operation (power supplied by
generator upon loss of normal power). Most other pumps must be "hard wired" and
are operated at 230 volts, making them unusable upon loss of normal power.
Superfalls low head pumps are among the quietest pumps available

Pump easily Upgradeable- Only Superfalls LHC pumps
allow you to upgrade your pump to one of higher or lower flow with a simple conversion.
Simply purchase the appropriate new wet end in chart below, loosen 4 bolts on motor,
unscrew wet end from motor shaft, and screw on new wet end for new pumping capabilities. Or
buy one pump and two different wet ends for two pumps in one! Then keep one wet end for a
spare to replace the first when seals need repair - no down time while waiting for your
local pump shop or The Pond Shop to change seals (for a small fee, we do replace seals on
our pumps if returned to us). Buy the required pump today for your existing pond and if
you make it larger later, or add a really big waterfall, upgrade to a larger model and
save the old wet end for a backup. For a look at the pump flow curves, check out the
information box below.

Exclusive feature - Full 360 degree output- Only Superfalls LHC pumps
can be easily rotated on the motor to allow the pump's discharge to be directed as desired
- up, down, left, or right for ease of installation. Properly directed flow reduces
resistance, elbows, pipe length, etc. As with conversion above, it only requires that the
owner loosen 4 bolts, rotate the pump on the motor, and tighten the bolts.

SuperFalls pumps available with New 1/8 hp PSC
motor

SuperFalls pumps available with Standard
Split Phase motor

The Superfalls
10-5000LHC-PSC, with more than 5000 gph
or 85 gpm flow rate is perfect for use in high flow, low head water falls or streams. Use
one of these pumps for high flow, at low energy (max 2.4 amps) consumption in ponds, waterfalls, etc. See pump curves in information box

The Superfalls
10-5000LHC, with more than 5000 gph
or 85 gpm flow rate is perfect for use in high flow, low head water falls or streams. Use
one of these pumps for high flow, at low energy (max 2.7 amps) consumption in ponds, waterfalls, etc. See pump curves in information box below.

The Superfalls 10-7000LHC-PSC, with more than 7000 gph
or 115 gpm flow rate is perfect for use in high flow, low head water falls or streams. Use
one of these pumps for high flow, at low energy (max 2.7 amps)
consumption in ponds, waterfalls, etc. See pump curves in information box

The Superfalls 10-7000LHC, with more than 7000 gph
or 115 gpm flow rate is perfect for use in high flow, low head water falls or streams. Use
one of these pumps for high flow, at low energy (max 3.0 amps) consumption in ponds, waterfalls, etc. See pump curves in information box below.

The Superfalls
10-9000LHC-PSC, with more than 9000 gph
or 150 gpm flow rate is perfect for use in high flow, low head water falls or streams. Use
one of these pumps for high flow, at low energy (max 3.0 amps) consumption in ponds, waterfalls, etc. See pump curves in
information box

The Superfalls 10-9000LHC, with more than
9000 gph
or 150 gpm flow rate is perfect for use in high flow, low head water falls or streams. Use
one of these pumps for high flow, at low energy (max 3.4 amps) consumption in lap pools, swimming pools, waterfalls, etc. This pump has the
high flow
of our energy efficient pond pumps used world wide by pond enthusiasts. See pump curves in information box below.

Note: All above pumps may use a 1/4 hp motor or some of the
smaller pumps may use the more efficient 1/8 hp PSC motor!

All models of low head pumps are now available with the new
improved, quieter, more energy efficient, permanently lubricated, 1/4 hp motor
(see above).

This curve shows the high flows available with the newest of
the Superfalls low amp pumps. Our new model of pump uses a low energy 1/4 hp
motor which can be run on 115 volts (as shipped) or on 230 volts if desired.
This quiet and efficient motor can be used on the KJ7000LHC pump to increase its
capabilities.

How much energy
(and money) can I save?

SUPERFALLSTMPUMPS

Utility
Electrical cost per kwhr

This
table shows annual costs or savings in kwhr and dollars when one pump is
replaced with another more efficient pump. Compare old pump vs. new pump
to determine the difference in amps. Locate your utility rate at left,
then move over to the column that reflects your amp difference, to
determine your annual savings.

To
determine annual operating cost, use the column with the
amps of the pump in use, go down to the row which corresponds to your
utility rate to find annual operating cost of your pump at 115 volts
(double this amount if pump is operating at 230volts).

Note:
To use this table for pumps running on 230 volts, you must double the
amps to convert to amps at 115 volts. example: You are replacing a pump
which draws 12 amps at 230 volts (12 x 2 = 24 amps at 115 volts), with
one which draws 6 amps at 230 volts (6 x 2 = 12 amps at 115 volts). You
will use the 12 amp column (24 amps - 12 amps = 12 amps) to determine
your savings. If your utility rate is $0.25 per kwhr, you would save
approximately $3,030 per year. Just remember to double the amps on any
motor that runs on 230 volts to accurately determine the kwhr and dollar
savings from this table.

Amps
- electrical current required to operate motor and carry load, normally
stamped on motor. Can be used to compare efficiency of one motor vs.
another as long as both operate at same voltage, ie. 115 volts or 230
volts. To use table above, double the amps on any motor running at 230
volts.

SUPERFALLS LOW-HEAD PLUS PUMPS

SUPERFALLS KJ13000LHP-TLOW HEAD PLUS!

Select a KJ9,000LHP or a KJ13,000LHP model for those
large ponds with higher than normal waterfalls, or bead filters or other
filters which have high back pressure. The shut-off head (elevation of
no flow) on these pumps is the highest available for a low head pump, 27
ft. Select a low head plus when total head is more than 14 feet and less
than 22-23 ft.

SUPERFALLS LOW HEAD PLUS CENTRIFUGAL PUMPS: As great as the low head
pumps are, there are some pressures or heights where even the largest model
cannot pump. Higher pressure filters such as bead filters, sand filters, and
extremely long pipe runs, or high waterfall may call for our KJ9000LHP or
even the larger KJ13000LHP models. These energy efficient pumps offer
high flow rates with pressures high enough to operate almost any type of
bio-filter. For the largest leaf trap available on a pond pump, choose the
models such as the KJ9000LHP-T or the KJ13000LHP-T. See flow
curve below.

Now you can have that high waterfall and still save money with your energy
bills. Our Superfalls Low Head Plus Waterfall pump has unique characteristics not available
with any other low head energy efficient pond pump.

Highest shut off head for a low head energy efficient pump!
With a shut off head (point of no flow) of 27 ft, you can still have high
flow with an energy efficient pump, saving lots of money in operating costs all
year long. If you need higher pressure because of a high waterfall or a pressure
type of filter such as the Predator, choose one of our Low Head Plus
Waterfall pumps.

Largest leaf trap and inlet for higher flows and less trap
cleaning! This priming pot has a clear lid and measures almost 15 inches tall
and 9 1/2 inches around making this the largest trap available on a pond
pump. Our large priming pot or leaf trap and basket have 3-4 times the
volume of standard leaf traps which mean less cleaning even under abnormally
dirty conditions. The large priming pot on the KJ6000LHP-T and the KJ9000LHP-T
models have a 2" inlet and outlet, and after initially filling your
system, you don't have to worry about loss of prime. It's built in check valve
prevents water from flowing backwards into the pond when power is interrupted.
The KJ13,000LHP-T model has a 3" inlet in it's leaf trap
and a huge stainless steel basket for highest flows of over 200
gpm when using the leaf trap, or up to 230 gpm without the leaf trap!

New!
KJ6OOOLHP-T

KJ9OOOLHP-T

KJ13OOOLHP-T

KJ27000LHP-T

Higher Flows at higher elevations up to
20-23 ft. Low
Head Plusprovides high flow rates for waterfalls at
high elevations where you used to have to use medium head pumps. Select
a Low Head Plus pump anytime your total head loss is more than 14
ft. Flow curves above show flow from pumps with leaf traps. When ordered
with out leaf traps, flow increases approx. 15%.

BUY
NOW! 1-800-497-3627, 24 hours a day

Model

Description

Priming Pot?

(Leaf Trap)

Max Amps*

115V/230V

Maximum

Flow**, gph

Cost

KJ6000LHP

Low head plus

No

8/4 amps

5,700

$742.44

KJ9000LHP

Low head plus

No

8/4 amps

9,000

$825.28

KJ13000LHP

Low head plus

No

14/7 amps

13,500

$1098.99

KJ6000LHP-T

Low head plus

Yes

8/4 amps

5,500

$836.49

KJ9000LHP-T

Low head plus

Yes

8/4 amps

8,400

$919.28

KJ13000LHP-T

Low head plus

Yes

14/7 amps

12,000

$1411.86

KJ27000LHP

(6''inlet 4'' outlet)

3 HP Low Head Plus

No

38/19 amps

27,000 @ 6' Head

$4315.65

KJ27000LHP-T

(6''inlet 4'' outlet)

3 HP Low Head Plus

Yes

38/19 amps

27,000 @ 6' Head

$5107.00

SUPERFALLS MEDIUM HEAD PUMPS

Our medium head pump model SUPERFALLS 10-7000MH uses a 3/4 hp motor to allow a
high flow of 7000 gph (115 gpm) at higher pressures. These pumps use less electricity
swimming pool or irrigation pumps used by some pond owners and can pay
for themselves in energy savings in as little as 6-12 months. At an average monthly cost
of $140 / amp / year (charges are actually based on kilowatt-hrs), most consumers can save
thousands of dollars by replacing their existing pumps with these energy misers. The
10-7000MH
is available in single speed, medium head or as 10-7000MH-2S (2
speed, medium and low head) for higher efficiency operation.

The high capacity, low head pumps are ideal for up-flow filters, waterfalls, or any
high flow recirculation system that doesn't require high pressure. For higher pressure
requirements, choose our 3/4 hp SUPERFALLS 10-7000MH. or other higher rated pumps as
shown below. Pumps 10-3000LHC thru 10-8000MH are supplied pre-wired with 115
volt cords and plugs, and are furnished with two slip fit unions for easy installation and
removal. The model 10-9000MH is available in 115 volt models without cord or plug
(have your electrician hard wire or connect the cord for you). 10-9000MH
is also available in 230 volt version. All medium head single speed pumps thru 10-125KMH
must be wired for 230 Volts, and are shipped without cords or plugs. All pumps (except for
the10-1200LH with 1") have 2" inlets and outlets for highest
possible performance. Replace your old pump with one or two of these energy misers and get
more water for less money.

2 speed medium head pumps are available for use with Predator and other bio-filters
which may require high pressure and flows for adequate backwash. Use the low speed for the
same energy efficient operation as our low head pumps. 2 speed switches are built into the
back of the pump motor for ease of operation.

Our 115 volt pumps (up to 10-8000MH) come pre-wired
with a 6 ft, 115 volt cord and plug, and include two slip unions at no extra
charge (10-9000MH and all 230 volt pumps do not come pre-wired). Leaf traps for
these pumps or any other pump are available for $89.99 each. These large 6" traps have a clear plastic top with large "O" ring
for positive seal and are easily opened and closed. The LT-6 has a 2" inlet and
2" outlet.

Use these manifolds with the appropriate barbed male adapters
for the perfect way to direct water from a submersible pump to several different
locations. Connect the pump to a barbed male adapter (screw it onto the right
side of the manifolds shown) and then direct the flow to several different
fountains through additional barbed male adapters screwed into the different
ports at the bottom of each manifold shown below. You can even screw ball valves
into the ports to control the flow into each of the barbed male adapter screwed
into them.

Suction or Discharge manifold with one Unions and 3 suction or
discharge ports

10-man242-U*

$65.48 ea.*

Suction or Discharge manifold with 4 suction ports or discharge ports

10-man255-2U3T

$69.06, 5 ports, 2 unions*

$89.03 with 3 tail pieces*

Suction manifold for 2 pumps, with 3 Tailpieces for 3 leaf traps

Now we have made it simple to install manifolds on the suction
and the discharge of your centrifugal pumps! Now you can easily install
manifolds on the suction of your pump for two or three (or more) leaf traps,
skimmers, or bottom drains, leading to one or more pumps. Then, you can just as
easily install a manifold on your pumps discharge to direct its flow to as many
different locations as wanted, ie. filters, uv sterilizers, waterfalls, winter
bypasses, etc.

Our small basic manifold, model 10-man230, allows you to
assemble all of the manifolds offered below, or you can order the manifold
pre-assembled to your specifications. The 10-man230 has one spg port which
allows a standard pvc fitting to slip over it, and has three slip fittings for
2" pvc pipe. This allows installation of any of the standard pvc fittings
including the ones offered below.

Two of the 10-man230 manifolds can be glued together to form a
manifold with 4 slip ports and two spg ports. Place one or more 2" tees
between the two manifolds to form additional slip ports as shown in the sample
manifolds illustrated below.

*Items may be shipped unassembled, but are easily glued
together.

ITEM #

DESCRIPTION

MOST COMMON USE

COST

Male
tailpiece

Attach leaf
traps or unions, as in 10-man255-2U3T above.

$2.99
ea.

1/2 Union,
2”

Attach to
pump as in 10-man231-U.

$7.50

ELL, sgp x
slip, 2”

Insert into
end port of 10-man230.

$5.71

Female
adapter, 2”

Allow port
to be plugged for future use.

$3.29

Male plug,
threaded, 2”

Plug female
adaptor above.

$2.58

Male cap,
slip, 2”

Temporary
cap of port for future use.

$1.27

Male
end plug, 2”

Permanent
end plug for 10-man230 ports

$2.70

2”
pvc pipe, 4” long

For
slip fittings

$0.50
ea.

2" Ball valve

Regulate flow through various ports

$34.99

2" clear check valve

Prevent loss of prime when on suction, and prevent
backflow through pump when power goes off.

$26.99

KOI JOY'S IN-LINE AND TOP-MOUNT VENT FAN

Koi Joy's In-line Vent Fan can
be installed inside the Superfalls Pump Box to exhaust
warm air or outside the box to pump cool air into the box (through 2''
PVC pipe). To operate properly, any fresh air fan requires a separate
source of inlet or outlet air (a large pipe or opening for fresh air). Our
in-line model vent fan only consumes 8 watts of power for produce 42 cfm
of air flow through a pipe. 26 db noise level (quiet).

10-ILVENTF $99.00

Koi Joy's Top-Mount Vent Fan can
be installed on top of the Superfalls Pump Box to exhaust warm air from
inside the box. Our Top Mount model vent fan only consumes 8 watts of
power for produce 30 cfm of exhaust air flow from a box as long as their
is a source of air flow into the box (an opening or large inlet pipe). Not
shown in picture is a power supply like the one shown in the In-Line model
above. 27 db noise level (quiet).

10-TMVENTF $110.00

INLET STRAINER

The Inlet Strainer is constructed of 2'' Perforated pipe ( for minimal
restriction) a Tee and 2 caps. Available with a check valve for pumps that are
not self priming. Approximately 3 1/2 feet across to allow a large surface area
which cannot easily clog or become obstructed. Perfect for a pond that was not
originally built with a bottom drain when adding a centrifugal pump. Install at
the bottom of the pond, over the side, or by penetrating the liner with an elbow
and appropriate length pipe.

SUPERFALLS Submersible Pond and Waterfall Pumps introduces our new Vortex
Impellor driven Mag Drive water pumps specifically designed for high flow and maximum pumping
height. These pumps by SuperFalls are Mag Drive, and use Vortex Impellors for
maximum flow and height, and to be more energy efficient and more reliable than
typical submersible pumps. With capacities from 1200
to 6600 gallons per hour and maximum pumping height to 30 feet, these pumps
are ideal for waterfalls in medium to large ponds. Our pumps are built with
ceramic bearing surfaces, so they are rated for continuous duty. Our unique
"inlet baffle" intercepts twigs, pine needles, etc. to prevent damage
to the impeller, while our removable strainer case wraps completely around the pump to allow it pass 3/8th inch solids with no damage.
The design of our case also reduces the frequency of cleaning required.

The 3 large pumps discharges are
1 1/2" female pipe
threaded, or 1 1/2" male pipe threaded. Optional fittings to connect to 1 1/2" or 2" rigid
pipe or flex pvc pipe, or barbed fittings for tubing are available if desired (see items
10-1515B and S, and 10-1520B and S below).
Our new pond and waterfall pumps continue the tradition of
supplying the best available pond pumps, built to last, and built to purchase
and operate affordably.

11/2" mpt x 2"
barbed fitting. Use to
increase discharge from 1 1/2" to 2" for more flow, and to
connect to tubing.

$12.99

10-1520S

1 1/2" fpt to 2" Slip
fitting

11/2" fpt x 2"
Slip fitting. Use to
increase discharge from 1 1/2" to 2" for more flow, and to
connect rigid or Flexible 2" pvc pipe.

$12.99

Warranty on pond and fountain
pumps is for 1 year from date of purchase. Impellers and case damage
are not covered by warranty.

New!
SUPERFALLS SUBMERSIBLE POND AND FOUNTAIN PUMPS

SUPERFALLS Submersible Pond and Waterfall Pumps SuperFalls has invited Koi
Joy to be the first to introduce their new Mag Drive water fountain pumps specifically designed
to provide the most complete fountain pumps available. These new pumps offer
very good performance as a pond pump alone, but when coupled with the optional
fountain head kit, these pumps can make water displays offered by no other small
pump manufacturer. With capacities from 550 to 2100 gallons per hour and maximum pumping height to
15.75 feet, these pumps
are ideal for use for fountains in small to medium ponds. SuperFalls pumps are built with
ceramic bearing surfaces, so they are rated for continuous duty. Our unique
"strainer enclosure" intercepts particles to prevent damage to the
impeller, while our removable strainer case wraps completely around the pump to allow it pass
small solids with no damage. The design of our case also reduces the frequency
of cleaning required.

The pumps discharges are
1" barbed fitting installed, but when removed, the pump will accept a huge
assortment of various fountain display heads as shown on and with the pump on
the left, above. The optional fountain display kit replaces the normal barbed
outlet as shown on the pump on the right. An extension shown on the left pump
extends to more than 31" above the base of the pump. Display heads provided
in the kit include wave, gusher, multi-spray, geyser, and a bypass valve with
flow control valve.
Our new pond and fountain pumps continue the tradition of
supplying the best available pond pumps, built to last, and built to purchase
and operate affordably. The New
pumps below will be available beginning in late December of 2008.

SUPERFALLS
POND and FOUNTAIN PUMPS

ITEM #

DESCRIPTION

Max Ht , Zero Flow

OUTLET

CORD LENGTH

AMPS / WATTS

COST

10-SFFP550

550 GPH

9.8 Ft

1'' at Top

20 ft

.3 / 45

$97.99

10-SFFP550F with
fountain kit

550 GPH

9.8 Ft

1'' at Top

20 ft

.3 / 45

$117.99

10-SFFP1000

1071 GPH

13.1 Ft

1'' at Top

20 ft

.6 / 70

$159.99

10-SFFP1000F with fountain
kit

1071 GPH

13.1 Ft

1'' at Top

20 ft

.6 / 70

$189.99

10-SFFP2100

2140 GPH

16.4 Ft

1'' at Top

20 ft

1.6 / 190

$205.99

10-SFFP2100F with fountain
kit

2140 GPH

16.4 Ft

1'' at Top

20 ft

1.6 / 190

$235.99

Warranty on pond and fountain
pumps is for 12 months from date of purchase. Impeller and case damage
are not covered by warranty.

SUPERFALLS WATERFALL AND FOUNTAIN PUMP
TIMER

Now you can control your pumps operation with our new SuperFalls pump
timer. This timer will turn your pumps on or off at the pre-selected time,
wherever you are. You
can operate your waterfall with two pumps and save energy at night
by shutting off one pump, to be restarted in the morning. Note: If your
waterfall is the sole source of aeration for your fish, we do not recommend
shutting off your only pump at night. Also, you must install flapper check
valves on your pumps to prevent reverse flow thru the pump that is shut off.

The WaterFall and Fountain Pump Timer is rated at 15 amps, so it
will safely operate large pumps (up to 1 hp), lighting, air pumps, etc. You
could use one of these to turn on air pumps at night if you don't want to see
the air during the daytime. You can turn on your fountain lights or landscaping
lights at night. The timer can be set to turn on and off up to two cycles per
day or night. Energy saved by shutting off pumps when not needed, will pay for
this timer many times over!

Mounted on a pedestal 15" high, the unit can be bolted to a
deck near an outlet (cord is 24" long).

For added protection add a 2' piece of Bio-Filter
padding wrapped around the inside of the bag and a 1' diameter
bio-filter pad sitting at the bottom of the bag for
only

10-PP0100

Pump Protector Bag without filter media

$14.99

10-PPFPM1

Pump Protector bag with filter
Media

$30.98

PORTABLE WASHDOWN AND FIRE FIGHTING
PUMP

This high pressure, portable, engine-drive pump is capable of
running multiple lines for firefighting and washdown applications. The pump is
self priming after filling pump chamber first time. The heavy-duty aluminum
casing construction make this pump the first choice for an emergency pump for
protection of farms, or remote sites such as homes, ranches, construction sites,
etc. Special features and capabilities are: Multiple
discharges 1'', 1 1/2'' and 2''.Use for water transfer, equipment washdown,
emergency fire pumping, etc. See fire and suction
hose below.

To select the proper pump for your pond, first determine whether you would like a submersible
pump or a centrifugal pump. We normally recommend SuperFalls centrifugal
pumps for efficiency, reliability (longer life), and ease of maintenance.

Next, determine the total head losses that your pump will have to overcome. The
total head losses are equal to the combination of the static head height (elevation
in feet that the water must be pumped to above the pond's surface), and the line and
hardware head losses (additional discharge pressure required of the pump to overcome
long piping losses, or pressure filter losses, etc). Together these will decide the
pressure range that the pump must be able to put out, ie low head, medium head or high
head (keep in mind that the annual cost of operating a medium head or high head pump will
greatly exceed it's initial purchase cost). A low head pump operates best when the total
head losses are less than 6-7 ft. If you are only pumping water from your pond to a filter
or waterfall which is 2-4 foot above the surface of the pond, and your piping runs are not
to long, are 2" or greater, you should plan on using a low head pump. If your system
requires a pump which can overcome 10 or more feet of total head losses, plan on using a
medium head pump.

Note: Head losses may be reduced by use of larger diameter pipe
(2-3"), shorter lengths and less turns in the pipe, avoiding unnecessary heights,
fittings, and any pressure filters. Use only pumps with 2" inlets and outlets.

Now determine the required flow rate by for your pond. Normally we recommend
that you circulate your pond's water once each 1/2 hour to hour to assure that you have
enough water movement to remove particulates and solids from your pond for retention in
your filtration system. For really large ponds of 10,000 gallons or more, it may be
necessary to circulate your water less often. Once you have determined the desired flow
rate, we suggest that you consider reaching that flow with two or more pumps instead of
one, for reliability and insurance reasons.

Where practical, select a pump which operates at the voltage available at the
location where it will be installed, usually 115 volts. For ease of installation,
select a pump which is wired for 115 volts with a cord ready to plug into an outlet.

Finally, determine the type of centrifugal pump required by going through the 3 options
below.

Major Differences Between Centrifugal Pump Types:

LOW HEAD

Generates useful pressures to 10 ft of water pressure (4-5 psi).

A low head pump may not be very effective in backwashing certain
sand type filters (Predators and some others) which require
higher pressures and flows for backwash cycle.

Use a medium head pump when pumping to a waterfall
more than 10 feet above
the ponds' surface. You can also use a low head pump when pumping through low head
filters (Aquadyne, mat filters, large open type filters, etc.).

Most efficient type

MEDIUM HEAD

Generates useful pressures to 30-35 ft of water pressure (12-15 psi).

If pump is medium head, while effective in backwash cycle, it may
not be energy efficient during majority of use.

Use a medium head pump when you must pump to higher elevations,
pump the water through sand filters or other filters which require high pressure.

Least efficient, most power

TWO SPEED

Operates as both low head and medium head pumps. When higher flow and
pressure is required, as for filter backwash, the pump is switched into a higher speed.

When such pressure is not required, the pump is switched
back to the lower
speed to benefit from it's greater energy efficiency. Superfalls 2 speed pumps deliver
maximum
efficiency during low speed operation, and maximum power at high
speed.

The 1 hp 10-8KMH2S operates with the same flow/pressure
characteristics as the single speed 1 hp medium head version when at high speed, and the energy efficient
10-4000LH when at low speed. More info

The Best of Both Worlds!

CORRECTLY INSTALLING THE PUMP!

You may install your centrifugal pump in a dry box or pit lower than the water
level in the pond to assure it stays primed. If you install the pump in
a box, you should provide for fresh air ventilation by blowing fresh air
into and out of the box. See our vent fans at here!

You may also install your pump above ground (limit pump height to 1' or
2' above pond water level). Be sure to install a swing check valve on the
suction of the pump, and another one on the discharge side of the pump.
These will maintain prime on the pump, and also prevent back-flow of water
from your filter, waterfalls, etc. when necessary to open your leaf trap.

We recommend that you consider installing
a strainer basket or trash basket before the pump to protect it from leaves and
trash. You may want to mount your pump on a mounting base or plate which has in turn been
secured in concrete. To reduce energy costs and improve the flow in your stream or
waterfall, you should minimize the height and the length of your waterfall and
stream.

Your bio-filter could be located with its outlet supplying a waterfall and/or
stream.

Static head height is measured from the surface of the pond, to the height where
the water is to be pumped to. In other words, even if your pump draws from the bottom of
your pond, the water is only being moved a vertical distance from the surface of the pond
to the new level where discharged. There may be some additional head losses due to long
horizontal runs, elbows, T's, etc. We recommend that you attempt to minimize the height,
distance, and turns, elbows, etc. that your pump must move the water through. A waterfall
10 ft high or more may require a medium head pump and thus more energy to supply
than a 2 to 4 ft waterfall or stream. We have seen some nice looking waterfalls with small
changes in elevation.

If you are building a large pond, we recommend that you consider use of two or more
pumps rather than attempting to get full flow with a single pump. Multiple pumps offer
some real benefits besides just energy savings. For example, two 10-7000LH
pumps can provide up to 230 gpm flow for much less energy than one large pump and also
allow you a measure of insurance against loss of flow. Multiple pumps also allow you to
shut off one or more pumps for more energy efficient winter or night time operation. Note:
bio-filters require 24 hr flow for proper operation.
Our large medium head Superfalls pumps can supply flows to 250 gpm. You should
determine the flow you need and use two or more pumps to achieve the required flow at the
head pressure needed. Your initial cost to purchase multiple smaller pumps will be
slightly more, but this extra cost will be returned to you many times over in electrical
savings and peace of mind. Our pumps and their flows are listed above.

About GPA
GPA ratings allow the consumer to easily compare one pump with another one operating at
the same voltage (For energy comparison, you must double amps on pumps wired for 230
Volts). To correctly use GPA ratings, you should first determine exactly what your
requirements are for head pressure, flow, voltage, etc. Generally, a low speed pump
(1725 rpm vs 3450 rpm) will use less electricity than the higher speed pump. Two low hp
pumps will use less total electricity than one of larger hp even though their total
flow is the same. Actual electrical consumption and cost is calculated by
multiplying Voltage X amps. This means that a pump which uses 1.6 amps at 230 Volts
will use 3.2 amps when it is wired for 115 Volts and (this is why you must double the
amps on a pump wired for 230 Volts to correctly compare electrical energy usage). Using
these facts, we can say that for low head systems, you will save energy and money by
installing one or more of our Superfalls LH pumps in place of all competing pond pumps.

NOTE: Some people think that they can save energy by wiring their pumps up
to 230 volts since their amps are reduced by one half. Since actual energy consumption is
based on kilowatt hours, and that is calculated by volts x amps, then when you double your
volts to 230 volts, and thus decrease your amps by half, you still wind up with the same
kilowatts and thus the same electrical bill. The only way to decrease your costs is to
decrease the amps at 115 volts as we have done with our Superfalls
pumps!